Before the implementation of OGEMS, customers faced several challenges.

Limited Productivity: Manual processes and fragmented systems hindered productivity and efficiency.

Lengthy Sales Cycles: The sales process was time-consuming, leading to delays and reduced customer satisfaction.

Complex Equipment Rental Process: Managing equipment rentals and availability was cumbersome and prone to errors.

Lack of Integration: Offshore and onshore operations were not seamlessly connected, leading to communication gaps and inefficiencies.

Before the implementation of the Equipment Inspection app, service engineers faced several challenges during equipment inspections, including:

• Manual Inspection Process: Inspections were conducted manually, involving paper-based checklists and handwritten notes. This manual process was time-consuming, prone to errors, and lacked standardization across inspections.
• Limited Access to Inspection Configurations: Engineers had limited access to the latest inspection configurations, making it difficult to ensure that inspections were performed according to the most up-to-date standards and guidelines.
• Inefficient Reporting and Communication: The reporting process was cumbersome, involving manual compilation of inspection data, and communication with stakeholders was often delayed or inefficient.

EQUIPMENT INSPECTION APP
The Equipment Inspection app introduced the following features to streamline the equipment inspection process and enhance efficiency for service engineers:

• Equipment Selection and Step-by-Step Wizard: The app allowed the inspection engineer to select the equipment to be inspected and presented a step-by-step wizard to guide them through the inspection process. This ensured a structured and standardized approach to inspections.
• Cloud-based Inspection Configurations: Engineers could download the latest inspection configurations from the cloud, ensuring that inspections were conducted according to the most up-to-date standards and guidelines. This eliminated the need for manual updates and improved inspectio
• Multimedia Capture and Notes: The app enabled engineers to capture pictures, videos, and add notes and observations during the inspection process. This facilitated comprehensive documentation and improved the accuracy of the inspection report.
• Well-Formatted Inspection Report: The app generated a well-formatted inspection report based on the captured data, including multimedia files, notes, and observations. The report was organized and presented in a standardized format, improving clarity and ease of understanding.
• Cloud-based Storage and Notifications: The inspection report was pushed to the cloud, ensuring secure storage and easy access for stakeholders. Additionally, notifications were sent to all relevant stakeholders, keeping them informed about the inspection status and findings in real-time.

Before the implementation of the Dull Grading app and Drill Bit Selector app, drilling operators faced several challenges during bit selection and dull grading processes. These challenges included:

• Manual Dull Grading: Dull grading required manual referencing of technical material, leading to potential errors and inconsistencies in assessing the condition of roller cone, fixed cutter bits, and other bit types.
• Time-consuming Bit Selection: Engineers had to manually evaluate drilling condition parameters and search for suitable bits in the inventory system. This process was time-consuming and lacked real-time data on bit trending and availability.

Dull Grading App

The Dull Grading app introduced the following features to simplify the dull grading process and improve accuracy:

• Technical Reference Material: The app provided engineers with access to a comprehensive database of technical reference material on various dull conditions. This enabled them to make informed decisions while evaluating the condition of roller cone, fixed cutter bits, and other bit types.
• Assisted Dull Grading: The app guided engineers through the dull grading process, providing step-by-step assistance in assessing the condition of the bits. This reduced errors and inconsistencies in the dull grading process.
• Bit Condition Report (BCR) Generation: Engineers entered run and application information, dull grade, and captured bit pictures using the app. The app then generated an initial Bit Condition Report (BCR) in PDF format, summarizing the bit’s condition and any required actions.
• Collaboration and Validation: Engineers could share the generated BCR PDF with the engineering team for validation and approval, ensuring accurate and consistent assessments.

Drill BIt Selector App

The Drill Bit Selector app introduced the following features to streamline the bit selection process and improve efficiency:

• Drilling Condition Parameters: Engineers keyed in drilling condition parameters such as formation type, depth, and weight on bit into the app. This information formed the basis for identifying suitable bits.
• Integration with Inventory System: The app connected to the enterprise inventory system, checking the availability of specific bits in the drilling region. This ensured that engineers had real-time information on bit availability.
• Bit Specification Sheets and Cheat Sheets: Based on the drilling condition parameters, the app generated drill bit specification sheets, providing detailed information on the recommended bits. Additionally, the app presented cheat sheets specific to the region, offering quick reference for bit selection.
• Real-time Updates and Trending Data: The app had web connectivity to sync on a daily basis, updating the bit trending data per region. Engineers could access the latest information on bit performance and availability, aiding in informed decision-making.
• Bit Part Numbers and Availability Status: The app downloaded a list of bit body part numbers along with their day-to-day trending data and availability status. This comprehensive information enabled engineers to make well-informed decisions during bit selection.